Magnetic Fields & Magnetic Forces in Slow Motion!

Discover the mesmerizing world of magnetic fields in our latest video, where we explore their effects through captivating slow-motion footage. In this experiment, we suspend a magnet from a string and use iron filings to visualize the magnetic field patterns.

We start by setting up the magnet and slowly releasing iron filings around it. As the filings settle, their movement reveals the invisible magnetic field lines that surround the magnet. Captured in stunning slow motion, you’ll see how the filings align with the magnetic field, providing a clear and striking visualization of this fundamental force.

Our high-speed camera captures the intricate interactions between the magnet and the iron filings, offering a detailed view of how magnetic fields influence objects.

Join us for an engaging exploration of magnetic fields, and witness the power of magnetism come to life through slow-motion imagery. This video is perfect for students, educators, and anyone fascinated by the invisible forces that shape our world.

[martinfarfsing]

Great idea of slow motion filming of magnets and fields . I could watch it for days hahaha thanks

[EB-nzqv]

Your whiteboard explanation of energy states affecting repel vs attraction was truly outstanding.

[nickgiannotti]

The 3D view was amazing. Past viewing were 2D. This truly was cool.

[highseassailor]

Learning electromagnetic theory is one of the most enlightening experiences I've ever had in my educational pursuits. Seeing math, in such a pure form. WoW!!!

[geob]

Show the magnetic field around a broadcasting antenna!! Nice work. It really brings the concept home visually. Thank you.

[ElectricEric]

00:00 🔍 Introduction to Magnetic Fields
01:10 💡 Classical Theories of Physics
02:20 📹 Visualizing Magnetic Fields
03:44 🔄 Magnetic Field Around a Circular Magnet
04:11 🎥 Slow Motion Footage of Magnetic Fields
05:35 🔀 Arcing Nature of Magnetic Fields
06:16 🌀 Vortex Effect of Magnetic Fields
07:38 🚀 Magnetic Fields in Action
07:52 📚 Understanding Magnetic Fields
08:48 🔋 Magnetic field strength & energy density
10:27 ⬇ The universe operates by going from high energy to low energy
12:59 💡 Opposites attract: magnetic field cancellation
15:37 🤔 The limitations of understanding magnetism
17:29 🔍 Describing magnetism & its effects

[lenkazlenka]

I see what you are doing here - raising the bar with your videos. I wish you the long deserved success.

[muhammadhussainsarhandi]

Dear respected Sir Jason, I want you to please make a detailed lecture series on fundamental topics of Electronics, like transistors, amplifier, rectifier, pn junction, diodes, band theory of solids and all fundamental concepts in Basic Electronics. Please make all these topics with a full detailed lecture series.

[eternaldoorman]

That was really great to see. And your magnetic field density explanation also works in reverse. If you cut a bar magnet in two with a thin cut, then pull the two parts apart then you get two magnets. So it's the high intensity of the field wirhin the metal that shows at the ends when the two are drawn apart.

[jasonloftis]

I'd never thought of opposite-pole attraction like that. Thanks! I hope you're measuring success with the format evolution. Could you expound entropy on the audience level? I want one of those shirts.

[nickgiannotti]

Another good 3D visualization would be the radiation pattern of an antenna, including the electric field and magnetic field. Additionally, one could explore the interference patterns between two antennas.

[trevorbates]

The best way to probe a magnetic field is to take a single iron atom. It is magnetically stable. The neutrons, the protons and electrons are sealing the imploding force of the Higg's field that is holding together the atom's stability. There is secondary motion between the particles though. Each different to the others...for example...the neutrons cling to the Higg's and the protons cling to neutrons, and the electrons are also trying to get into the Higg's field but are repelled by a weaker force from the protons, but every line of implosion is satisfied and lured into atomic stability. Now introduce a force that exposes the Higg's field. The whole balancing act now has a one sided bias. A pulling on one side of our atom and a pushing on the other side, ready to reproduce the same interference on any magnetic material that can be influenced by that now, unstable Higg's field. For a stronger reaction, disturb the Higg's field more.

[KPHTvOfficial]

This video answers my question from the previous video. Now i understand that North side of the magnet is emitting its own field and the south side is emitting its own field. South field only attracts to north field and vice versa. North field will not attract to north field nor south and south. The center of the magnet shows the connection between north and south field while each point [north and south] seeking connection to the opposite side. The information could have been digested easily if the diagram fits the experiment you've made earlier.

[rpstoval]

Thank you! Magnets are awesome. I'd love to learn more from you, especially about how electricity and magnets work. Is it true that this reality is magneto-electric or is it electro-magnetic? Thank you so much for your awesome content and your easy to relate to mode of teaching. P.S. (sp many questions I had to ask another. I hope you don't mind.) What is happening in the middle of the magnet please? Does the north/south flow continue so it is like a toroidal field?

[bob-pqef]

If you would have been on Udemy I would have bought many courses. Now its much more difficult to get what I need. Pls consider it, much larger turnover with lower prices . You are an amazing teacher, especially I am looking for your math and probability courses

[AndroidSon]

Magnetic field is something no material invisible miracle.

[AndroidSon]

Where from the magnet get energy to move and reorder small parts. Do the magnet cools while do that job?

[EZEMPIRE_LABORLINKED]

I have another demonstration I would love to be able to go over it with you it’s very interesting and may be able to open a door to a new type of mechanics!!

[gaza]

I have to say that the magnetic lines have always confused me. Is there a magnetic force in between these lines? Do the lines represent ‘peaks’ in the force? ->If so, then why?

[DrDeuteron]

the plant food energy came from the sun light, which came from nuclear fusion in the core which came from binding 4 hydrogens into 1 helium, with a catalyst from gravitation binding energy heating the core of the sun and an assist from the weak interaction.